21-08-2013, 03:07 PM
A SYNOPSIS ON PRINTED MEMORY TECHNOLOGY
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INTRODUCTION
For last three decades, semiconductor memory business has greatly grown due to the tremendous progress of electronic data processing (EDP) mainly led by outstanding evolution of PC technology. Recently, various mobile appliances such as hand-held phone, DCS, and MP3 drive new growth of semiconductor memory, which results in unprecedented demand of non-volatile memories, especially mass storage NAND flash. Different appliances which aim for smaller and lighter products while improving the performance under ever-increased demand of longer battery lifetime impose different requirements on the semiconductor memories. The newly defined requirements along with short life cycle and customer orientation of mobile products transform the memory semiconductor from standard data storage memory to diverse solution memory. It is predicted that this trend is magnified in the future memory market. There may be 100 hundred companies developing OLEDs and thirty developing thin film transistor circuits yet are not compatible with printed memory technology.
LITERATURE SURVEY
The concept, the status and the respective challenges of the emerging non-volatile memory technologies are flourishing with the tremendous increase in research work.Current effort is focussed on specific application areas: logistics/ID, toys and games, counterfeit/frauds, chiplessID(eg. FMCG) and RIFD.One of the consequences of a continuous increment of memory resource is that we can design and implement memory-embedded Web sites, where both the static resources and the database information are kept in main memory.The memory technology enhances trend in mobile era. The collaboration between the Norwegian and Korean companies has been successfully completed to demonstrate fully R2R printed memories,targeting the applications such as game cards and toys. One of the main competitive advantages of printed electronics is cost-effectiveness.
PROPOSED WORK
The seminar will be focused onthe use of printed memory technology in today’s world, different applications, advantages and disadvantages and future directions in use.It will include theimpact of memory trends on the performance of e-commerce sites, the key challenges of printed electronics and their comparison with conventional electronics manufacturing that include the requirement for low processing temperatures caused by low thermal tolerances of substrates and materials in use, line-widths that are limited at the lower end by fabrication inaccuracy, and limited availability and functionality of materials.
[attachment=57313]
INTRODUCTION
For last three decades, semiconductor memory business has greatly grown due to the tremendous progress of electronic data processing (EDP) mainly led by outstanding evolution of PC technology. Recently, various mobile appliances such as hand-held phone, DCS, and MP3 drive new growth of semiconductor memory, which results in unprecedented demand of non-volatile memories, especially mass storage NAND flash. Different appliances which aim for smaller and lighter products while improving the performance under ever-increased demand of longer battery lifetime impose different requirements on the semiconductor memories. The newly defined requirements along with short life cycle and customer orientation of mobile products transform the memory semiconductor from standard data storage memory to diverse solution memory. It is predicted that this trend is magnified in the future memory market. There may be 100 hundred companies developing OLEDs and thirty developing thin film transistor circuits yet are not compatible with printed memory technology.
LITERATURE SURVEY
The concept, the status and the respective challenges of the emerging non-volatile memory technologies are flourishing with the tremendous increase in research work.Current effort is focussed on specific application areas: logistics/ID, toys and games, counterfeit/frauds, chiplessID(eg. FMCG) and RIFD.One of the consequences of a continuous increment of memory resource is that we can design and implement memory-embedded Web sites, where both the static resources and the database information are kept in main memory.The memory technology enhances trend in mobile era. The collaboration between the Norwegian and Korean companies has been successfully completed to demonstrate fully R2R printed memories,targeting the applications such as game cards and toys. One of the main competitive advantages of printed electronics is cost-effectiveness.
PROPOSED WORK
The seminar will be focused onthe use of printed memory technology in today’s world, different applications, advantages and disadvantages and future directions in use.It will include theimpact of memory trends on the performance of e-commerce sites, the key challenges of printed electronics and their comparison with conventional electronics manufacturing that include the requirement for low processing temperatures caused by low thermal tolerances of substrates and materials in use, line-widths that are limited at the lower end by fabrication inaccuracy, and limited availability and functionality of materials.